Skip to content
  • Career
  • Phone book
  • Events
  • MLZ Webpage
  • MLZ User Office
  • Webmail (internal)
  • Webmail ("Betrieb")
  • Intranet
  • de
  • en
  • Research Neutron Source Heinz Maier-Leibnitz (FRM II)
  • Technical University of Munich
Technical University of Munich
  • Home
  • About us
    • From "Atomic Egg" to FRM II
    • Facts & Figures
      • Auftragsvergaben
    • News & Media
      • News article
      • Films
        • Interactive panorama
      • Brochures
        • Annual Reports
        • Newsletter
      • Events
        • Open day 2024
    • Contact
  • The Neutron Source
    • Neutrons
    • Fuel elements
      • Life cycle of a fuel element
      • Disposal of fuel elements
        • FRM II fuel element
        • Storage in Ahaus
        • Secure packaging
        • Transport vehicle
        • Permits
        • Function test
        • FAQ
      • Conversion
        • What does the conversion entail
        • Objectives of the conversion
        • Who is working on the conversion?
        • Fact check
    • Reactor
      • Installations in the pool
      • Guiding the beams
        • Cooling circuits
    • Irradiation facilities
      • Rabbit Irradiation
      • Capsule Irradiation
      • Mechanical Irradiation
      • Irradiation Position in the Control Rod
      • Irradiation with fast neutrons
      • Future Mo-99 irradiation facility
    • Safety
  • Safe all round
    • Protection of persons
    • Monitoring the facility
    • Monitoring the environment
      • Discharge of C-14
  • Research
  • Medicine
    • Radioisotopes for diagnostics
    • Radioisotopes for therapy
    • Tumor irradiation
  • Industry
    • Materialanalyse
      • TUM-Expertenforen
      • VDI Fachausschuss 101
        • Bildgebende Verfahren
        • Optische Messverfahren
        • Eigenspannungs- und Texturanalyse
        • Analytik
      • Analysis with neutrons
    • Radioisotopes for industry
    • Silicon doping
  • Career
  • Guided Tours
  1. Home
  2. About us
  3. News & Media
  4. News article

News

Event tip: The antimatter mystery

Aktuell | 26.08.2012

In the Cafe & Kosmos series, Professor Peter Fierlinger will discuss why ultracold neutrons can unravel the mystery of antimatter.

The experiments to measure the charge distribution in a neutron have already reached an extreme level of precision: If we could imagine the neutron would be as large as the earth's surface, then the shift of the charge distribution within a neutron woul be as big as one micrometer. But this is only an upper to the true shift.

Our understanding of the universe is widely based on symmetries. But why there is so much more matter than antimatter? Faced with this dilemma, Professor Peter Fierlinger will attempt to ascertain if there is an asymmetry within neutrons. This will help to discern whether there exists an asymmetry in the universe. By exploring ultracold neutrons at the Research Neutron Source Heinz Maier-Leibnitz (FRM II), Fierlinger wants to measure if there is a charge distribution within neutrons.

As part of the Cafe & Kosmos series, Peter Fierlinger from the Universe Cluster together with participants will address the issue of why antimatter continues to be a mystery as well as how the discovery of a charge distribution in neutrons would contribute to solving this puzzle.

date: 11th September 2012, 7 p.m.
venue: Vereinsheim, Occamstr. 8 (near Münchner Freiheit)
Admission free


◄ Back to: News article
To top
  • Privacy
  • Imprint
  • Accessibility